CN100594969C - Mashing machine without pipeline - Google Patents
Mashing machine without pipeline Download PDFInfo
- Publication number
- CN100594969C CN100594969C CN200710156439A CN200710156439A CN100594969C CN 100594969 C CN100594969 C CN 100594969C CN 200710156439 A CN200710156439 A CN 200710156439A CN 200710156439 A CN200710156439 A CN 200710156439A CN 100594969 C CN100594969 C CN 100594969C
- Authority
- CN
- China
- Prior art keywords
- cylinder
- rotating disk
- scale
- movable sleeve
- valve
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
The invention relates to a no-pipe paste mixer, comprising a material storing system, a material distribution system and a material weighing system. The material storing system comprises a material storing tank, a slurry disc and a disc drive device; the material distribution system comprises a distribution valve and a valve actuator; the material weighing system comprises a material weighing disc, a disc lifting mechanism, a disc drive device and an electron scale. When the paste mixer works, the weighing disk loaded with a material collecting cup turns to weighing position, and the pointed material storing tank turns to the material distributing position, and the actuating mechanism draw downwards the valve starting block, facilitating material to put into the material collecting cup; then the electron scale feedbacks the weight of material to a control system; when discharged material amount reaches the required weight, the valve actuator stop working and material batching is finished. The no-pipe paste mixer is suitable for the production process of one material by a plurality of liquid materials, particularly being suitable for color matching specimen before large-scale printing and dyeing, which can greatly improve size mixing efficiency.
Description
Technical field
The present invention relates to a kind of paste mixer that pipeline is carried that do not have, be used for weighing, the allotment of multiple liquid material.
Background technology
Be made in a kind of numerous production processes of mixture at the multiple liquid material of needs, as modulation, the drinks of liquid food and beverage blend, in textile dyeing and the stamp, the proportioning weighing of material is very important.Particularly in the sample blending process before the big production of printing and dyeing, the accurate weighing and the proportioning of material produce great influence to product quality.In process was sized mixing in traditional printing and dyeing, the proportioning weighing of dying material was all realized by artificial weighing, exists the inaccurate and slow-footed shortcoming of weighing.
China's utility model patent 02215107.9 discloses a kind of paste mixer, comprise frame, mother liquor holding tank, also comprise filter, pump, dispensing head, meausring apparatus and control circuit, mother liquor tank and pump are installed on the frame, at least one set of dispense head is installed on the rotating disk, and dispensing head links to each other with drive unit; Dispensing head is linked to each other by pipeline with mother liquor holding tank, and pipeline links to each other with pump and filter; Rotating disk links to each other by bearing with frame, and rotating disk links to each other with drive unit simultaneously.Mother liquor is stored in the storage tank, each storage tank links to each other with a set of dispense head respectively with filter by pump, dispensing head is installed on the rotating disk, can forward dispensing head to dispensing head drive unit correspondence by the rotation of rotating disk, by drive unit dispensing head is opened again, thereby selected different mother liquors to outpour.Mother liquor is distributed reach automation, an equipment can be controlled many not homochromy mother liquors.
But various paste mixer complex structure of the prior art, and generally be to carry fluid foods by pipeline, and the cleaning of the regular maintenance of pipeline is very loaded down with trivial details.
Summary of the invention
The invention provides the Mashing machine without pipeline of a kind of rational in infrastructure, reliable in action, accurate measurement.
A kind of Mashing machine without pipeline comprises frame, and frame is provided with:
One is used to store the material tank system of material, and described material tank system comprises the slurry rotating disk, evenly distributing on the slurry rotating disk, several are used to hold the hole of material storage tank, be provided with agitator in the material storage tank, material storage tank bottom is provided with distributing valve, and distributing valve passes the hole on the slurry rotating disk;
One is used to control the material distribution system of material tank system to material weighing system blowing, and described material distribution system comprises retractor device and execution block, and execution block one end is connected with retractor device, and the other end is connected with distributing valve in the material tank system;
One material weighing system, described material weighing system comprises the scale material rotating disk that is used to place material receiving cup, and scale material disk shaft below is provided with lifting, whirligig, is used to drive scale material turntable lift or rotation, and scale material rotating disk excircle below is provided with electronic scale.
In the Mashing machine without pipeline of the present invention, frame is provided with the material weighing system, and material weighing system top is provided with two cover material tank systems.
In the Mashing machine without pipeline of the present invention, be provided with two cover material tank systems.Be provided with slurry rotating disk drive motors in the material tank system, drive the slurry dial rotation by synchronization belt transmission system.
The rotating shaft of slurry rotating disk and the fit system of bearing adopt universal method in the prior art, and bearing outer ring is fixed on the frame.
The slurry rotating disk is made up of upper flat plate, following flat board and support for rotary disc.The support for rotary disc central ring is fixedly connected in the rotating shaft of slurry rotating disk, and to be connected with symmetrically and to support spoke be support for rotary disc at the center between central ring and the outer ring.Upper flat plate is the annular thin plate, evenly has the hole that holds the material storage tank.Following flat board is the annular thin plate, evenly has the hole that holds material storage tank discharging section.It is that an integral body is with carrying material storage tank that upper flat plate and following flat board encase support for rotary disc.
Suitable for reading being equipped with of material storage tank stirred drive motors and reductor, and agitator is equipped with by shaft joint in the lower end of reductor, and the end opening of material storage tank is equipped with distributing valve.
Distributing valve comprises valve seat, and valve seat contains outer movable sleeve, and outer movable sleeve contains interior movable sleeve, and valve seat top is fixedly connected with the fixed valve plug of the back taper bodily form, and fixed valve plug is fixedlyed connected by screw with valve seat.
Valve seat bore inwardly shrinks for twice and forms two boss, and outer movable sleeve top is screwed the movable spool that is connected with the back taper tubular.
The outer surface of fixed valve plug cooperates with the inwall of movable spool, and outer movable sleeve top outward flanging forms outward flange, is limited in the boss of valve seat when flange moves downward.
Be provided with outer spring between the outward flange of outer movable sleeve and the boss of valve seat, outer movable sleeve bottom is inwardly shunk and is formed annular boss, interior movable sleeve top is provided with back taper bodily form cavity, the outer wall of movable spool cooperates with the back taper bodily form cavity inner wall of interior movable sleeve, interior movable sleeve top outward flanging forms outward flange, be provided with inner spring between the outward flange of interior movable sleeve and the annular boss of outer movable sleeve, material channel runs through fixed valve plug and movable spool, and movable spool and interior movable sleeve bottom are equipped with material outlet.
Described material channel be three waist tee sections run through fixed valve plug and movable valve core through hole, three axial symmetric arrangement of waist tee section material channel.
The isometrical prolongation in bottom of back taper tubular moving valve core forms cylinder, and the mesopore of cylinder is the material outlet of movable spool.The isometrical prolongation in the bottom of the fixed valve plug of the back taper bodily form forms cylinder, and cylinder cooperates with the mesopore of cylinder.
The back taper bodily form cavity bottom of interior movable sleeve is a material outlet, and described material outlet is provided with one isometrical section, and the outer wall of the cylinder of back taper tubular moving valve core bottom cooperates with isometrical section inwall.
The coefficient of stiffiness of inner spring is greater than the coefficient of stiffiness of outer spring.
Interior movable sleeve bottom is connected with the startup piece, and interior movable sleeve outer wall is provided with cannelure, and annular starts piece and has inward flange, and inward flange embeds in the cannelure.
The outside of the outward flange at outer movable sleeve top is by the inner wall sealing of sealing ring and valve seat.The outside of the outward flange at interior movable sleeve top is by the inner wall sealing of sealing ring with outer movable sleeve.
The outer surface of fixed valve plug and the inwall of movable spool seal by sealing ring, and the back taper bodily form cavity inner wall of the outer wall of movable spool and interior movable sleeve seals by sealing ring.
Every cover material tank system connects a cover material distribution system separately.
Retractor device in the material distribution system comprises connecting cylinder, upper head plate, upper cylinder, guide plate, guide post, lower cylinder, bottom plate and distributing valve.
The upper end of connecting cylinder links to each other with frame, and the connecting cylinder lower end is connected with upper head plate.Pass guide plate and execution block in the middle of two guide posts about the cylinder symmetrical distribution, fixedly connected with bottom plate with upper head plate.Upper cylinder, lower cylinder and guide plate are fixedlyed connected.Fixedlying connected with upper head plate in the upper end of upper cylinder piston rod, fixedlys connected with execution block in the lower end of lower cylinder piston rod.One end of execution block has pilot hole and fixing hole, the other end is the valve piece driving claw of center drilling, and valve piece driving claw cooperates with the startup piece of distributing valve, when retractor device drives the execution block motion, valve piece driving claw drive to start the piece motion, in order to the unlatching of control distributing valve or close.
The material distribution system is satisfying under valve piece driving claw and the prerequisite that the startup piece of distributing valve cooperates, can be arranged on the frame different parts, by changing the shape and size of execution block, the position relation between material distribution system and the material tank system can be adjusted as required.
The structure of scale material turntable structure and slurry rotating disk is similar in the material weighing system, and scale material rotating disk inside center symmetry is equipped with 6 scale charging trays, and the scale charging tray is the stairstepping disk of three layers of concave station structure, to adapt to the material receiving cup of different size.
Lifting in the material weighing system, whirligig comprise the scale material rotating disc support frame in the rotating shaft that is fixedly connected on scale material rotating disk and are fixedly connected on guide post on the frame that scale material rotating disc support frame drives scale material rotating disk can be along the guide post oscilaltion.
Scale material rotating disc support frame be provided with scale material rotating disk coaxial from synchronous pulley.Scale material rotating disk drive motors makes scale material dial rotation to the position that connects material of formulating by synchronous pulley driving mechanism.
Lift cylinder is fixed on the frame, fixedlys connected with the cylinder connecting plate in the top of the piston rod of lift cylinder, and the cylinder connecting plate is fixedly connected on the scale material rotating disc support frame, and scale material rotating disc support frame can move up and down under the driving of lift cylinder.
All electronic, pneumatic means are all by the circuit access control system, to finish automatic operation among the present invention.
The present invention adopts the no pipeline technology of sizing mixing, and is specially adapted to the color matching sample of fabrics printing and dyeing.Owing to added agitator in the material storage tank, can keep material concentration uniformity in the storage tank, reduce precipitation, do not have the use of pipeline distributing valve on the other hand and saved material conveying pipe of the prior art, saved material and space, and do not had the pipeline distributing valve and have multistage assignment of traffic function, big flow improves dispensing rate, low discharge guarantees assignment accuracy, thereby has greatly improved size mixing efficient and quality.
Description of drawings
Fig. 1 is the perspective view of Mashing machine without pipeline of the present invention;
Fig. 2 is material tank system and material distribution system perspective view;
Fig. 3 is a material storage tank generalized section;
Fig. 4 is a slurry rotating disk vertical view;
Fig. 5 is a slurry rotating disk perspective view;
Fig. 6 is the distributing valve generalized section;
Fig. 7 is the distributing valve schematic top plan view;
Fig. 8 is a material distribution system perspective view;
Fig. 9 is the perspective view of the valve execution block in the material distribution system;
Figure 10 is a material weighing system perspective view;
Figure 11 is the scale material rotating disk vertical view in the material weighing system;
Figure 12 is a Mashing machine without pipeline side view of the present invention;
The specific embodiment
Referring to Fig. 1, Mashing machine without pipeline of the present invention comprises frame, frame be provided be used to hold, the material weighing system 3 of weighing material receiving cup 99; Be used to store the material tank system 1 of material, be used for controlling the material distribution system 2 of material tank system 1 to material receiving cup 99 blowings.
In the Mashing machine without pipeline of the present invention, material weighing system 3 tops are provided with two cover material tank systems, and every cover material tank system connects a cover material distribution system separately.
Referring to Fig. 2, described material tank system 1 comprises slurry rotating disk 9, and evenly distributing on the slurry rotating disk 9, several are used to hold the hole of material storage tank 7.
Be provided with slurry rotating disk drive motors 6 in the material tank system 1 and be used for driving 9 rotations of slurry rotating disk.
The rotating shaft of slurry rotating disk 9 and the fit system of bearing adopt universal method in the prior art, and the outer power of bearing is fixed on the frame.
Suitable for reading being equipped with of material storage tank 7 stirred drive motors 4 and reductor 5, and agitator 16 is equipped with by shaft joint in the lower end of reductor 5, and the end opening of material storage tank 7 is equipped with distributing valve 17.Distributing valve 17 passes the hole on the slurry rotating disk 9.
Referring to Fig. 4,5, slurry rotating disk 9 is made up of upper flat plate 11, following flat board 12 and support for rotary disc 13.Support for rotary disc 13 central rings are fixedly connected in the rotating shaft of slurry rotating disk 9, and to be connected with symmetrically and to support spoke be support 13 at the center between central ring and the outer ring.Upper flat plate 11 is annular thin plates, evenly has the hole 14 that holds material storage tank 7.Following dull and stereotyped 12 is annular thin plates, evenly has the hole 15 that holds material storage tank 7 discharging sections.It is that an integral body is with carrying material storage tank 7 that upper flat plate 11 and following dull and stereotyped 12 encases support for rotary disc 13.
Referring to Fig. 6,7, distributing valve 17 comprises valve seat 38, is with outer movable sleeve 39 in the valve seat 38, movable sleeve 40 in being with in the outer movable sleeve 39, valve seat 38 tops are fixedly connected with the fixed valve plug 36 of the back taper bodily form, and fixed valve plug 36 is fixedlyed connected by screw 29, screw 30 and screw 31 with valve seat 38.
The outer surface of fixed valve plug 36 cooperates with the inwall of movable spool 37, and outer movable sleeve 39 top outward flangings form and are limited in first annular boss 51 when first outward flange, 54, the first flanges 54 move downward.
Be provided with outer spring 43 between first outward flange 54 and second annular boss 52, outer movable sleeve 39 bottoms are inwardly shunk and are formed the 3rd annular boss 53, interior movable sleeve 40 tops are provided with back taper bodily form cavity, the outer wall of movable spool 37 cooperates with back taper bodily form cavity inner wall, interior movable sleeve 40 top outward flangings form second outward flange 55, be provided with inner spring 44 between second outward flange 55 and the 3rd annular boss 53, material channel runs through fixed valve plug 36 and movable spool 37, and movable spool 37 and interior movable sleeve 40 bottoms are equipped with material outlet.
Described material channel 35 is the through hole that runs through fixed valve plug 36 and movable spool 37 of three waist tee sections, three axial symmetric arrangement of waist tee section material channel.
The isometrical prolongation in bottom of back taper tubular moving valve core 37 forms cylinder 42, and the mesopore of cylinder 42 is the material outlet of movable spool 37.The isometrical prolongation in bottom of the fixed valve plug 36 of the back taper bodily form forms cylinder 56, and cylinder 56 cooperates with the mesopore of cylinder 42.
The back taper bodily form cavity bottom of interior movable sleeve 40 is a material outlet, and described material outlet is provided with one isometrical section 57, and the outer wall of the cylinder 42 of back taper tubular moving valve core 37 bottoms cooperates with isometrical section 57 inwall.
The coefficient of stiffiness of inner spring 44 is greater than the coefficient of stiffiness of outer spring 43.
Interior movable sleeve 40 bottoms are connected with and start piece 41, and interior movable sleeve 40 outer walls are provided with cannelure 50, start piece 41 and have inward flange 49, and inward flange 49 embeds in the cannelure 50.
The outside of first outward flange 54 on outer movable sleeve 39 tops is by the inner wall sealing of sealing ring 47 with valve seat 38.The outside of second outward flange 55 on interior movable sleeve 40 tops is by the inner wall sealing of sealing ring 48 with outer movable sleeve 39.
The inwall of the outer surface of fixed valve plug 36 and movable spool 37 is by sealing ring 46 sealings, and the back taper bodily form cavity inner wall of the outer wall of movable spool 37 and interior movable sleeve 40 is by sealing ring 45 sealings.
Referring to Fig. 8, described material distribution system 2 comprises retractor device and execution block 24, and execution block 24 1 ends are fixed on the retractor device, and the other end cooperates with distributing valve 17 in the material tank system 1.
Retractor device in the material distribution system 2 comprises connecting cylinder 18, upper head plate 19, upper cylinder 20, guide plate 21, guide post 22, lower cylinder 23, bottom plate 25 and distributing valve 17.
The upper end of connecting cylinder 18 links to each other with frame, and connecting cylinder 18 lower ends are connected with upper head plate 19.Pass guide plate 21 and execution block 24 in the middle of two guide posts 22 about the cylinder symmetrical distribution, fixedly connected with bottom plate 25 with upper head plate 19.Upper cylinder 20, lower cylinder 23 and guide plate 21 link into an integrated entity.Fixedlying connected with upper head plate 19 in the upper end of upper cylinder 20 piston rods, fixedlys connected with execution block 24 in the lower end of lower cylinder 23 piston rods.One end of execution block 24 has pilot hole 26 and fixing hole 27, the other end is the valve piece driving claw 28 of center drilling, valve piece driving claw 28 cooperates with the startup piece 41 of distributing valve 17, when retractor device drives execution block 24 motions, valve piece driving claw 28 drives and starts pieces 41 motions, in order to the unlatching of control distributing valve 17 or close.
Valve piece driving claw 28 has inward flange structure 98, valve piece driving claw 28 is driven by inward flange structure 98 and starts piece 41 motions, after blowing is finished, slurry rotating disk 9 drives the material storage tank 7 that is in working position and rotates, the startup piece 41 that is in the material storage tank 7 of working position produces working position from the side direction of valve piece driving claw 28, changes working position until the startup piece of next material storage tank over to from the opposite side of valve piece driving claw 28.
Referring to Figure 10, described material weighing system 3 comprises the scale material rotating disk 58 that is used to hold material receiving cup 99, and scale material rotating disk 58 circle centre positions below is provided with lifting, whirligig, be used to drive 58 liftings of scale material rotating disk or rotation, below, scale material rotating disk 58 excircle places is provided with electronic scale 68.
Lifting in the material weighing system 3, whirligig comprise the scale material rotating disc support frame 59 in the rotating shaft that is fixedly connected on scale material rotating disk 58 and are fixedly connected on guide post 60 on the frame that scale material rotating disc support frame 59 drives scale material rotating disks 58 can be along guide post 60 oscilaltions.
Scale material rotating disc support frame 59 be provided with scale material rotating disk 58 coaxial from synchronous pulley 61.Scale material rotating disk drive motors 63 drives synchronous pulley 62 and rotates, and synchronous pulley 62 drives from synchronous pulley 61 again and rotates, and makes scale material rotating disk 58 turn to the position that connects material of formulation.
Referring to Figure 11,12,13, the structure of scale material rotating disk 58 structures and slurry rotating disk 9 is similar in the material weighing system 3, scale material rotating disk 58 inside center symmetries are equipped with 6 scale charging trays 64, and scale charging tray 64 is stairstepping disks of three layers of concave station structure, to adapt to the material receiving cup of different size.
All electronic, pneumatic means are all by the circuit access control system, to finish automatic operation among the present invention.
The course of work of paste mixer of the present invention is, stores the fluid foods of required distribution in the material storage tank 7, and agitator 16 rotates under the drive of stirring drive motors 4 and reductor 5, stirs material, makes the material concentration unanimity of each several part in the storage tank.When needs distributed material, under the control system instruction, lift cylinder 65 drove scale material rotating disc support frame 59 and drives scale material rotating disk 58 along guide post 60 risings, scale charging tray 64 is broken away from contact with electronic scale 68.Scale material rotating disk drive motors 63 drives from synchronous pulley 61 and rotates then, and scale material rotating disk 58 is rotated, and after the scale charging tray 64 that is loaded with material receiving cup forwarded appointment weighing position to, scale material rotating disk 58 stopped operating.Then lift cylinder 65 drives 58 declines of scale material rotating disk, and scale charging tray 64 is fallen on the weighing platform of electronic scale 68, and this moment, scale material rotating disk 58 disengaged with scale charging tray 64.
After finishing above-mentioned material weighing preparation, external command drives from synchronous pulley 8 synchronous pulley 10 and drives 9 rotations of slurry rotating disk, make the material storage tank 7 of appointment forward the weighing position to, specify this moment the distributing valve 17 of material storage tank 7 to be arranged in the valve piece driving claw 28 of execution block 24.
Be the state during the distributing valve complete opening among the present invention among Fig. 6, the inwall of the outer surface of fixed valve plug 36 and movable spool 37 is adjacent to when complete closed, and cylinder 56 is inserted the mesopore of cylinder 42.The outer wall of movable spool 37 and the back taper bodily form cavity inner wall of interior movable sleeve 40 are adjacent to, and cylinder 42 is inserted in isometrical section 57 mesopore.Though can entering material channel 35, material can't discharge from the material outlet of movable spool 37 or interior movable sleeve 40.
When distributing material, upper cylinder 20 moves downward earlier, valve piece driving claw 28 drives startup piece 41 and moves downward, because the coefficient of stiffiness of inner spring 44 is greater than the coefficient of stiffiness of outer spring 43, outer movable sleeve 39 compression outer springs 43 are moved downward with respect to valve seat 38, first outward flange 54 up to outer movable sleeve 39 tops contacts and is subject to first annular boss 51, and this moment, the outer wall of fixed valve plug 36 separated the formation space with the inwall of movable spool 37.Because the stroke of upper cylinder 20 surpasses the stroke of outer movable sleeve 39, interior movable sleeve 40 compression inner springs 44 continue to move downward, until the stroke of finishing 21 upper cylinders, this moment, the outer wall of movable spool 37 separated the big space of formation with the back taper bodily form cavity inner wall of interior movable sleeve 40, material can be from the space between the inwall of the outer wall of space between the back taper bodily form cavity inner wall of the outer wall of movable spool 37 and interior movable sleeve 40 and fixed valve plug 36 and movable spool 37 be discharged by the material outlet of the less movable spool 37 of the material outlet of the bigger interior movable sleeve 40 of bore and bore, forms big flow discharging.
When material to be allocated reaches a certain amount of,, must start low discharge and distribute in order to guarantee assignment accuracy.Upper cylinder 20 quits work, and lower cylinder 23 is started working, because the stroke of lower cylinder 23 is less than the stroke of outer movable sleeve 39, inner spring 44 can not be compressed, and can not form the space between the back taper bodily form cavity inner wall of the outer wall of promptly movable spool 37 and interior movable sleeve 40.This moment, the outer surface of fixed valve plug 36 separated with the inwall of movable spool 37, and the discharging of formation low discharge is discharged in the slit between the inwall of the outer surface of material by fixed valve plug 36 and movable spool 37 by the material outlet of movable spool 37 bottoms.Electronic scale 68 is given control system the weighing feedback information, and control system is controlled the action of distributing valve 17 executing agencies again, accurately finishes material and distributes.After a kind of material has assigned, descend a kind of distribution of material, assigned up to all materials by said process.
Claims (8)
1, a kind of Mashing machine without pipeline comprises frame, it is characterized in that, frame is provided with:
One is used to store the material tank system (1) of material, described material tank system (1), comprise slurry rotating disk (9), slurry rotating disk (9) is gone up evenly distribution, and several are used to hold the hole of material storage tank (7), be provided with agitator (16) in the material storage tank (7), material storage tank (7) bottom is provided with distributing valve (17), and distributing valve (17) passes the hole on the slurry rotating disk (9);
One is used to control the material distribution system (2) of material tank system (1) to material weighing system (3) blowing, described material distribution system (2), comprise retractor device and execution block (24), execution block (24) one ends are connected with retractor device, and the other end is connected with distributing valve (17) in the material tank system (1);
One material weighing system (3), described material weighing system (3), comprise the scale material rotating disk (58) that is used to place material receiving cup (99), scale material rotating disk (58) rotating shaft below is provided with lifting, whirligig, be used to drive (58) lifting of scale material rotating disk or rotation, scale material rotating disk (58) excircle below is provided with electronic scale (68);
Suitable for reading being provided with of described material storage tank (7) stirred drive motors (4) and reductor (5), material storage tank (7) inside is provided with the agitator (16) that links to each other by shaft joint with reductor (5), the end opening of material storage tank (7) is provided with distributing valve (17), described distributing valve (17) comprises valve seat (38), valve seat (38) contains outer movable sleeve (39), outer movable sleeve (39) contains interior movable sleeve (40), valve seat (38) top is fixedly connected with the fixed valve plug (36) of the back taper bodily form, valve seat (38) internal diameter inwardly shrinks for twice and forms two annular boss i.e. first annular boss (51) and second annular boss (52), outer movable sleeve (39) top is fixedly connected with the movable spool (37) of back taper tubular, the outer surface of fixed valve plug (36) cooperates with the inwall of movable spool (37), outer movable sleeve (39) top outward flanging forms first outward flange (54), first outward flange (54) is limited in first annular boss (51) when moving downward, be provided with outer spring (43) between first outward flange (54) and second annular boss (52), outer movable sleeve (39) bottom is inwardly shunk and is formed the 3rd annular boss (53), interior movable sleeve (40) top is provided with back taper bodily form cavity, the outer wall of movable spool (37) cooperates with back taper bodily form cavity inner wall, interior movable sleeve (40) top outward flanging forms second outward flange (55), be provided with inner spring (44) between second outward flange (55) and the 3rd annular boss (53), material channel runs through fixed valve plug (36) and movable spool (37), movable spool (37) and interior movable sleeve (40) bottom are equipped with material outlet, interior movable sleeve (40) bottom is connected with and starts piece (41), interior movable sleeve (40) outer wall is provided with cannelure (50), start piece (41) and have inward flange (49), inward flange (49) embeds in the cannelure (50).
2, Mashing machine without pipeline as claimed in claim 1, it is characterized in that: slurry rotating disk (9) is made up of upper flat plate (11), down dull and stereotyped (12) and support for rotary disc (13) in the described material tank system (1), and upper flat plate (11) evenly has the hole that holds material storage tank (7) discharging section with following dull and stereotyped (12) correspondence position.
3, Mashing machine without pipeline as claimed in claim 2 is characterized in that: slurry rotating disk (9) bottom is fixedly connected with coaxial from synchronous pulley (8), from cooperating transmission by belt or chain with synchronous pulley (10) on the slurry rotating disk drive motors (6) between the synchronous pulley (8) in the described material tank system (1).
4, Mashing machine without pipeline as claimed in claim 1, it is characterized in that: in the described distributing valve (17) material channel (35) be three waist tee sections run through fixed valve plug (36) and movable spool (37) through hole, three axial symmetric arrangement of waist tee section material channel, the isometrical prolongation in bottom of back taper tubular moving valve core (37), form cylinder (42), the mesopore of cylinder (42) is the material outlet of movable spool (37), the isometrical prolongation in bottom of the fixed valve plug of the back taper bodily form (36), form cylinder (56), cylinder (56) cooperates with the mesopore of cylinder (42), the back taper bodily form cavity bottom of interior movable sleeve (40) is a material outlet, described material outlet is provided with one isometrical section (57), the outer wall of the cylinder (42) of back taper tubular moving valve core (37) bottom cooperates with isometrical section (57) inwall, and the coefficient of stiffiness of inner spring (44) is greater than the coefficient of stiffiness of outer spring (43).
5, Mashing machine without pipeline as claimed in claim 4, it is characterized in that: the outside of first outward flange (54) on movable sleeve (39) top, described distributing valve (17) China and foreign countries is by the inner wall sealing of sealing ring (47) with valve seat (38), the outside of second outward flange (55) on interior movable sleeve (40) top is by the inner wall sealing of sealing ring (48) with outer movable sleeve (39), the inwall of the outer surface of fixed valve plug (36) and movable spool (37) is by sealing ring (46) sealing, and the back taper bodily form cavity inner wall of the outer wall of movable spool (37) and interior movable sleeve (40) is by sealing ring (45) sealing.
6, Mashing machine without pipeline as claimed in claim 1, it is characterized in that: the retractor device in the described material distribution system (2) comprises connecting cylinder (18), upper head plate (19), upper cylinder (20), guide plate (21), guide post (22), lower cylinder (23), bottom plate (25) and distributing valve (17), wherein the upper end of connecting cylinder (18) links to each other with frame, and connecting cylinder (18) lower end is connected with upper head plate (19); Pass guide plate (21) and execution block (24) in the middle of two guide posts (22) about the cylinder symmetrical distribution, fixedly connected with bottom plate (25) with upper head plate (19); Upper cylinder (20), lower cylinder (23) and guide plate (21) link into an integrated entity, fixedly connected with upper head plate (19) in the upper end of upper cylinder (20) piston rod, fixedly connected with execution block (24) in the lower end of lower cylinder (23) piston rod, one end of execution block (24) has pilot hole (26) and fixing hole (27), the other end is the valve piece driving claw (28) of center drilling, valve piece driving claw (28) cooperates with the startup piece (41) of distributing valve (17), when retractor device drives execution block (24) motion, valve piece driving claw (28) drive to start piece (41) motion, in order to the unlatching of control distributing valve (17) or close.
7, Mashing machine without pipeline as claimed in claim 1, it is characterized in that: in the described material weighing system (3), scale material rotating disk (58) inside center symmetry is equipped with (6) individual scale charging trays (64), and scale charging tray (64) is the stairstepping disk of three layers of concave station structure, to adapt to the material receiving cup of different size.
8, Mashing machine without pipeline as claimed in claim 1, it is characterized in that: lifting, the whirligig in the described material weighing system (3) comprises the scale material rotating disc support frame (59) in the rotating shaft that is fixedly connected on scale material rotating disk (58) and is fixedly connected on guide post (60) on the frame, scale material rotating disc support frame (59) drives scale material rotating disk (58) can be along guide post (60) oscilaltion, scale material rotating disc support frame (59) be provided with scale material rotating disk (58) coaxial from synchronous pulley (61); Scale material rotating disk drive motors (63) drives synchronous pulley (62) and rotates, synchronous pulley (62) drives from synchronous pulley (61) again and rotates, make scale material rotating disk (58) turn to the position that connects material of formulation, lift cylinder (65) is fixed on the frame, fixedly connected with cylinder connecting plate (67) in the top of the piston rod (66) of lift cylinder (65), cylinder connecting plate (67) is fixedly connected on the scale material rotating disc support frame (59), scale material rotating disc support frame (59) can move up and down under the driving of lift cylinder (65).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710156439A CN100594969C (en) | 2007-10-26 | 2007-10-26 | Mashing machine without pipeline |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710156439A CN100594969C (en) | 2007-10-26 | 2007-10-26 | Mashing machine without pipeline |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101229495A CN101229495A (en) | 2008-07-30 |
| CN100594969C true CN100594969C (en) | 2010-03-24 |
Family
ID=39896480
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200710156439A Expired - Fee Related CN100594969C (en) | 2007-10-26 | 2007-10-26 | Mashing machine without pipeline |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100594969C (en) |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102653905B (en) * | 2012-05-07 | 2014-01-01 | 杭州三拓印染设备技术开发有限公司 | Full automatic printing gob feeder |
| CN102877251B (en) * | 2012-09-19 | 2014-11-19 | 绍兴卓信染整科技有限公司 | Full-automatic size mixing and liquid preparation system for dyeing and printing and liquid preparation method |
| CN105056794A (en) * | 2015-08-26 | 2015-11-18 | 淄博林森生物制品有限公司 | Skin care product customizing machine and skin care product formula and processing method applied to same |
| CN105496783A (en) * | 2015-12-15 | 2016-04-20 | 浙江健牌机械科技有限公司 | Automatic syrup preparation and conveying tank |
| CN106621945A (en) * | 2016-11-15 | 2017-05-10 | 华中师范大学 | Accurate multi-channel micro-liquid mixing device |
| CN107140388A (en) * | 2017-06-22 | 2017-09-08 | 杭州三拓印染设备技术开发有限公司 | A kind of rotary dyestuff feeding device |
| CN108671841B (en) * | 2017-08-30 | 2020-11-10 | 黄河科技学院 | Chemical fluid material conditioning device |
-
2007
- 2007-10-26 CN CN200710156439A patent/CN100594969C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN101229495A (en) | 2008-07-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN100594969C (en) | Mashing machine without pipeline | |
| CN204159336U (en) | Variable blade reactor | |
| CN207822961U (en) | Oxide mixing device in the processing of tungsten-titanium alloy silk | |
| CN112439347A (en) | Accurate modulating device of food additive | |
| CN107043863B (en) | A kind of rare earth processing Extractant of Rare Earth Elements rapid configuration equipment | |
| CN113997475A (en) | Automatic vacuum casting machine | |
| CN112221379A (en) | Automatic color matching rotating device | |
| CN209679967U (en) | A kind of liquid material mixed stirring device | |
| CN204802407U (en) | Adjustable mixing hopper of proportion | |
| CN209093365U (en) | A kind of electric heating reacting kettle | |
| CN208990637U (en) | A kind of industrial chemicals mixing stirring device | |
| CN217549658U (en) | 1-chloropropyne processing raw material mixing device | |
| CN114395478B (en) | Bottle rotating machine for biological cell culture | |
| JP2549988B2 (en) | Liquid metering device | |
| CN212237079U (en) | Mixing device for liquid medicine dispensing | |
| CN108246151A (en) | A kind of indigo automatic delivery method | |
| CN208928080U (en) | A kind of automatic biological pharmacy container rotating seat | |
| CN212348717U (en) | Coating production reation kettle based on collision mixing technique against current | |
| CN204368465U (en) | A kind of suspension formulations electric stirring bottle placer | |
| CN210229837U (en) | Feed supplement device | |
| CN113997510A (en) | Feeding equipment for spraying-free plastic production | |
| CN209378818U (en) | A kind of High-efficient Stirrer of automatic charging | |
| CN208288006U (en) | A kind of outer coil pipe heating reaction kettle of pressure resistance | |
| CN211133918U (en) | Sodium acetate apparatus for producing of misce bene | |
| CN110820219A (en) | Automatic feeding device of color testing machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100324 Termination date: 20201026 |